activity
20242026
most citedSpeed and shape of population fronts with density-dependent diffusion

2 citations · 2 across the 6 of their papers we have counts for

collaborators

6 papers

q-bio.PE2026

Extinction drives emergent metastability in complex ecosystems

Jong Il Park, Tim Rogers, Joseph W. Baron

Extinction is inevitable; every species eventually dies out, impacting the ecosystem it is part of. Over the past few decades, extensive research stemming from the stability-divers…

q-bio.PE2026

Emergence of polymorphism in stochastic evolutionary games

Bill Nunn, Marcel Ortgiese, Tim Rogers

Deterministic evolutionary game theory makes no distinction between a monomorphic population of individuals all of whom share a mixed evolutionarily stable strategy and a polymorph…

physics.soc-ph2026

Balancing innovation and assimilation in research communities

Bill Nunn, Maria Horner, Marcel Ortgiese +1

It has been statistically observed that the speed at which a corpus of knowledge advances does not scale linearly with quantities like the number of active researchers or number of…

nlin.AO2025

Origins of Instability in Dynamical Systems on Undirected Networks

Shraosi Dawn, Subrata Ghosh, Chandrakala Meena +2

Robustness to perturbation is a key topic in the study of complex systems occurring across a wide variety of applications from epidemiology to biochemistry. Here we analyze the eig…

math.PR2025

The Brownian marble

Samuel G. G. Johnston, Andreas Kyprianou, Tim Rogers +1

Let be a measurable function. Consider coalescing Brownian motions started from every point in the subset of $[0,\inf…

q-bio.PE2024★ 2 cited

Speed and shape of population fronts with density-dependent diffusion

Beth M. Stokes, Tim Rogers, Richard James

We investigate travelling wave solutions in reaction-diffusion models of animal range expansion in the case that population diffusion is density-dependent. We find that the speed o…